1. The universal link: energetics, energy, and power. Evolution of energetics: from Aristotle to Einstein ; Approaches to understanding: concepts, variables, units 2. Planetary energetics: hydrosphere, lithosphere. Sun: the star and its radiation ; Energy balance of the Earth: radiation fluxes ; Hydrosphere and atmosphere: thermal and mass fluxes ; Water and air in motion: kinetic fluxes ; Geoenergetics: heat, plate tectonics, volcanoes, earthquakes 3. Photosynthesis: bioenergetics of primary production. Photosynthetic pathways ; Global primary productivity ; Productivities of ecosystems and plants ; Phytomass stores ; Autotrophic scaling 4. Heterotrophic conversions: consumer bioenergetics. Metabolic capabilities ; Ectotherms and endotherms ; Locomotion ; Biomasses and productivities ; Heterotrophs in ecosystems 5. Human energetics: people as a simple heterotophs. Energy sources and basal metabolism ; Requirements and uncertainties ; Thermoregulation ; Limits of human performance ; Gathering, hunting and fishing Traditional food production: humans as a solar farmers. Extensive practices ; Permanent cropping ; Muscles, implements, machines ; Cropping intensification ; Traditional agricultures 7. Preindustrial complexification: prime movers and fuels in traditional societies. Animate power: human and animal muscles ; Water and wind: wheels and mills ; Phytomass fuels and metallurgy: wood, charcoal, crop residues ; Construction: methods and structures ; Transportation: roads and ships
8. Fossil fuels: heat, light and prime movers. Coals: the earliest modern fuels ; Hydrocarbons: crude oils and natural gases ; From extraction to combustion: modern fossil-fuel industries ; Mechanical prime movers: engines and turbines ; Fossil-fueled electricity: generation and transmission
9. Fossil-fueled civilization: patterns and trends. Fuels ad fossil-fueled electricity : energy production and trade ; Nonfossil contributions: biomass and primary electricity ; Global consumption patterns: growth and inequality ; Qualitative changes: transitions and efficiencies ; Energy conservation: gains and rebounds
10. Energy costs: valuations and changes. Energy cost of energy: net gains ; Basic materials: from concrete to fertilizers ; Structures and products: from buildings to computers ; Crops and animal foods: subsidized diets ; Modern food system: gains, costs, efficiencies
11. Environmental consequences: metabolism of fossil-fueled civilization. Power densities: energy and land ; Energy conversions and heat rejection ; Energy and water ; Energy and the atmosphere ; Interference in grand biospheric cycles
12. Energetic correlates: complexities of high-energy civilization. Energy and the economy ; Energy and value ; Energy and the quality of life ; Energy and war ; Energy and the future
13. Grand patterns: energetic and other essentials. Energy in the biosphere ; Energy and the civilization ; The challenges ahead.
